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(Model.) l 2 sheetssheet 1. A.`B..OARTBR.

APPLE FABER. i No.. 288,974. Patentedl Nov.- 27, 1883. Y

N. PEYERS. mnrm'mgnpmr. wnringm. mc.

(Model.) 1 2 Sheets-Sheet 2.

A; B. CARTER.

APPLE PARER.

' Patented Nov. 2?,

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fm1/enfin r.

ALBA B. CARTER, OF RAYMOND, NEW

NiTnD f STATES PATENT HAMPSHIRE, ASSIGNOB OF ONE-HALF TO OHASL YV. PRESCOTTAND S. I). BLAKE, BOTH OF SAME YPLACE.

APPLE- SPECIFICATION forming part of Letters P PARER.

atent No. 288,974, dated November 27', 1883'.

Application tiled March 19,1883. (Model.)

To all whom may concern.-

` Be it known that I, ALBA Barcos CARTER, of Raymond, in the county of Rockingham, of the State of New Hampshire, have invent` ed a new and useful Improvement in Fruit or Vegetable Paring Machines; and I do hereby declare the same to be described in the following specification, and represented in the accompanying drawings, of which Figure lis a top view, Fig. 2 a front elevation, Fig. 3 a rear elevation, and Fig. 4: a bottom view, of a machine embodying my invention, the nature of 'which is duly dened in the claims hereinafter presented. Figs. 5 and 6 are transverse sections of the machine. Fig. 7 is a side view, and Fig. 8 a longitudinal section, of the fork and cast-off of the paring-machine. Fig. 9 is a front view, and Fig. 10 an edge view of the arm I, hereinafter referred to. Fig. 11 is a longitudinal section, Fig. 12 a front view, and Fig. 13 a transverse section, of the connectingpin a and parts adjacent thereto.

In this machine, besides mechanism. for automatically paring a fruit or vegetable, there is a mechanism for receiving such fruit or vegetable `and automatically transferring it and pressing it upon the fork of the paring mechanism, such transferring mechanism being moved out of the way of the paring mechanism preparatory to the latter performing its duty oi' paring the fruit.

As my improvement is not in the mechanism for paring the apple or fruit, it is not neef essary for me to describe such further than to state that its knife-stock is to be pivoted orproperly applied to an arm, A, extending down from a long shaft, B, and is to be constructed and to operate `in the usual way. Besides tlie paringknife, there may be a slicingknife, which may extend down from the shaft B, such slicing-knife being to operate in the apple or fruit so as to cnt into it spirally and at the same time ont it so as to separate the core portion from the rest of it. The mechanism for paring the apple and that for slicing it and for casting it off the prongs of the shaft for supporting and revolving it while it is being pared and sliced is substantially like that described in an application for a patent led by me on September 30, 1382, and allowed January 25, 1883.

In the drawings the forked shaft for supporting the apple is shown at D, and its castoff at Ethe shaft havingextended from its end a set of prongs, a, for receiving the apple. The cast-off consists of a disk, b, that slides on the prongs and fastened to a spindle, 0 which is arranged concentrically in the shaft. A stud, d, from the spindle extends through a 6o slot, e, made lengthwise in the shaft, all being as shown in Figs. 7 and 8. On the shaft D there is a slide, j', from which a rod, g, pro- 'vided with a cani, h, extends, as shown. lThe shaft D is screw-threaded between its support- 6 5 ing-posts l13 and k of the frame F, for sustaining the main operative parts-of the mechanism, and there is fixed on the shaft at its rear end a spur-pinion, Z,5 that enga-ges with an internal gear, onf, fixed on a driving shaft, '11, 7o provided with one or more belt-receiving pulleys, o.

Below the shaft D, and within the hollow base p of the frame F, there are two other screw-threaded shafts, G and H, which are 7 5 connected by gears q r, the shaft G having a pinion, s, to engage with the internal gear, m.

From the shaft B there is extended downward an armkI, which is screw-thregled, to engage with the screw fof the shaftD, it being s@ shown particularly in Figs. 9 and IO. There projects upward from the base ja a rail, t, foimed as represented, it being to keep the arm I in engagement with the screw of the shaft D while such may be necessary. A inovV 85' able post, K, extending downward from the shaft B to the base p, is adapted at its base to slide on the base p lengthwise thereof. Arod, L, depending from an arm, u, projecting from the shaft B, goes down through the base ofthe 9@ post K, and is to engage with the screw ofthe shaft G. By means of the arm I and the screwthreaded shaft D, the shaft B is `moved rearward, in order to effect the paring of the apple or fruit, the subsequent advance of the shaft B being produced by the post K, the rod L, and the screw-threaded shaft The next part of the mechanism to be described is that 4for receiving the apple and transferring it to and pressing it upon the roo prongs a of the shaft D.

To a post, M, adapted to slide in the base i p lengthwise thereof, and arranged as represented, there is fulerumed a lever, N, provided `h', eXtends, and, going e y f aeaam at its upper end with a pin, c, carrying a disk, w, that rests against a spiral spring, x, arranged on the pin and between the lever and the disk. The lower arm of the lever extends across a stationary cam, j1/, formed and arranged as represented, such arm being borne against the cam by the action of a helical spring, z, fixed to the post M and to the fulcrum of the lever. The apple, on being forced on the pin e, is pressed against the disk w, which, by the spring x, is allowed to move back while the apple is being forced upon the prongs of the shaft D, particularly when the apple may bring up against the castoff. Tere it not for the disk and spring, the apple would be liable to be accidentally thrown off the pin or to be improperly pressed upon thc prongs.

Vithin the lower part of' the post M is a connecting-pin, a, -which is adapted toA move vertically and to turn horizontally within the post. Arms Z/ and c extend in opposite directions. from 'the said connecting-pin, which is, pressed upward by a spring, d, ,attached to the postand bearing against the arm b. Furthern10re,the post is slitted vertically, as shown at e', and horizontally, as shown at j", to admit of the vertical and horizontal movements of the two arms b and c', the latter of said arms being curved, as shown, to enable it to act to advantage against a stationary abutment, g, arranged on andextending upward from the base p, in manner as represented.

From the lower part of the post M a rope,

partly around a pulley, i', arranged as shown, has a weight, k', depending from it.

rlhere may be appliedV to the arm b a lever or some other proper device to lenablea personI to conveniently depress the connectingpin a into engagement with the screw of the shaft H; but he can do so by applying his hand directly to the arm b. On doing this the post M will be moved so as tocarry the lever N against the cam f//, which, while the lever continues to so move, will tilt it in a manner to force the pin v down into line with they axis of thev shaft D. An apple having been forced upon the pin o by an attendant, he is next to'pressdown the arm b and move it laterally into the horizontal slotf, so as to cause the connecting-pin a to enter between the threads ofthe screwof the shaft I-I. This shaft being in revolution, the post M and` lever N will be movedso as torrcause the apple to be moved toward and placed on the prongs. of the shaft D, whose cast-off will inthe meantime be forcedl backward by the apple. On the arm C being moved along and against the ,abutment g, the connecting-pin a will be revolved until both the armsb and c maybe moved out of the horizontal slots f. On this Athis taking place, the connectingpin a will,

Vrocating rectilinear by the spring d, be forced upward out of engagement with the shaft H. The post and its appurtenances will next, by the weight k', be drawn in the opposite direction or back to place for another apple to be placed on the pin o. Whilethe apple is being forced upon the prongs of the shaft D, the slide f, with the rod g and cam 71, will be crowded backward by theL stud d of the cast-off E, in consequence of which the cam will operate against and force thc arm I toward and into engagement with the screw of the shaft D. This will cause the shaft B to be retracted, so as to bring into action on the apple the paring and slicing nieclr anism, which takes place while the arm I ma f be passing against the inner side of the rail i. On the arm reaching the rear end of the said rail, a spring, lvZ', fixed to the arm and bearing against a stationary rod, m', arranged as represented, forces the arm laterally off and in advance of the rail, and consequently turns the shaft B so as to cause the rod L to be moved downward into engagement with the screw-shaft H. On this having taken place, the shaft B, with its paring and slicing mechanism, will be advanced, and the arm Iwill be forced against the end of.l the cam h, and will move it, and of course fthe'slide f, forward, so as to produce the necessary advance movement of the cast-off, to cause it to expel the apple from the prongs of the shaft D.

' I claiml. The combination, with the forked shaft D, for supporting a fruit and revolving it for being pared, of mechanism, substantially as described, for receiving such-fruit and automatically transmitting it to and forcing it upon the prongs of such shaft, such mechanism consisting ofthe screw-threaded shaft H, slotted post M, lever N, pin '0, cam y, connectingpin a, arms b c, spring d', abutment g', ropc h', and weight t, adapted and to operate as shown and described.

2. rllhe combination of the disk lw z with the pin t, provided with mechanism for operating it with respect to the paring mechanism, in manner and for the purpose as described.'

3. The combination for effecting the recipmovements of the shaft B of` the paring mechanism, such consisting of the internal gear, m, the screw-threaded shafts D and H, their pinionsl and s, the post K, rod L, arm u, screwthreaded arm I, rail t, slide f, rod-g, cam h, spring Z, and rod m, all being arranged with the cast-off' and adapted to operate substantially as set forth.

ALBA BRIGGS CARTER.

TOO

and spring v 

